TKF offshore catalogue 131122 EN · Halogen Free & MUD-resistant low voltage cables for fixed...

Contents

Copyright (c) TKF, 22-11-2013 Subject to technical alterations

About TKF 3Symbols 4

Product informationMarket search

Offshore 5

Terms and Conditions 42Reel size and Weight 43

© BV Twentsche Kabelfabriek Subject to technical alterations www.tkf.nl-

About TKF

Founded in 1930, TKF has developed from a local Dutch cable producer to a cable

technology leader servicing customers all over the world. As a member of TKH

Group NV, a Dutch-based international group of technology-powered companies,

TKF has access to various international marketing, purchasing,

sales and research groups with diverse specialisms.

TKF has dedicated itself to delivering innovative Telecom, Building and Industrial

Solutions that match specific customer needs. A good strategy, looking at the

long-term relationships between TKF and a growing number of companies.

Professionals who value the continuous pursuit of a better understanding

between suppliers, customers, contractors, installers and end-users.

TKF naturally takes its corporate social responsibility into account.

Innovation, Growth and Responsibility are key factors for TKF.

Choose TKF - Choose quality!

Interested in more information about TKF and our

wide range of products and services? Please visit

our website www.tkf.nl for more information.

o MV Tm[djiY^[ QWX[b\WXh_[a SkX`[Yj je j[Y^d_YWb Wbj[hWj_edi mmmFja\FdbE

M^TU]b _`^bUSbUT

T^[ YWXb[ _i Z[i_]d[Z je ]_l[ iec[ fhej[Yj_ed

W]W_dij heZ[djiF

MQTYQ[ dQbU` R[^SZY]W

T^[ ekj[h i^[Wj^ e\ j^[ YWXb[ _i Z[i_]d[Z

je fh[l[dj mWj[h [dj[h_d] _dje j^[ YWXb[F

T^[ YWXb[ _i fhel_Z[Z m_j^ W ce_ijkh[

XWhh_[h j^Wj fh[l[dji hWZ_Wb _d]h[ii e\ mWj[hF

GYÙ ÙaYabQ]b

T^[ YWXb[ ^Wi Wd _cfhel[Z ef[hWj_edWb

9/43+,343<? 36 @9/ ;3<=+<376;#

G[Q\U ÙbQ`TU]b

T^[ ekj[h i^[Wj^ e\ j^[ YWXb[ _i cWZ[ e\ W

A+5/"9/<+9./6< +6. ;/40"/><361=3;2361 5+</93+4#

D^\_QSb TUaYW]

ScWbb[h YWXb[ Z_Wc[j[h Zk[ je j^[ Wffb_YWj_ed

e\ i[YjehEi^Wf[Z YedZkYjehiF

G[UeYR[U SQR[Ua

NWXb[i m_j^ h[ZkY[Z X[dZ_d] ij_\\d[iiF

DXU\YSQ[ ÙaYabQ]SU

NWXb[i m_j^ _cfhel[Z h[i_ijWdY[ W]W_dij

W]]h[ii_l[ Y^[c_YWbiF

KUTYc\ Q]T HYWX P^[bQWU SQR[Ua

NWXb[i Z[i_]d[Z \eh j^[ jhWdfehjWj_ed

e\ j[di_edi e\ KGIH aV kf je JLGKK aVF

EQbQ SQR[Ua

Sk_jWXb[ \eh j^[ jhWdic_ii_ed e\ efj_YWb eh

[b[Yjh_Y ^_]^ \h[gk[dYn i_]dWbF

D^__U` bU[US^\\c]YSQbY^] SQR[Ua

NWXb[i m_j^ incc[jh_YWbbn ijhWdZ[Z [b[c[dji

\eh j^[ jhWdic_ii_ed e\ j[b[Yecckd_YWj_ed

i_]dWbiF Udi^_[bZ[ZD i^_[bZ[Z eh ckbj_fb[ i^_[bZ[ZF

M^TU]b ÙaYabQ]b

T^[ YWXb[ _i heZ[dj fhee\ Xn c[Wdi

e\ W c[jWb XWhh_[hF

J^]WYbcTY]Q[ dQbU` R[^SZY]W

Ok[ je j^[ YWXb[ YedijhkYj_ed WdZ j^[

cWj[h_Wbi ki[ZD mWj[h _di_Z[ j^[ Yeh[ YWddej

ifh[WZ j^hek]^ j^[ YWXb[ bed]_jkZ_dWbbnF

J^d a\^ZUBXQ[^WU] VÙU

*/.=-/. /53;;376; 70 0=5/ +6. <7>3- 1+;

36 -+;/ 70 @9/#

D^__U` R`QYT

NWXb[i m_j^ Bj_dd[ZC Yeff[h XhW_Z \eh _cfhel[Z

;23/4.361 +1+36;< /4/-<975+16/<3- 36A=/6-/;

WdZ c[Y^Wd_YWb fhej[Yj_edF

FKDCFKI

&>-/44/6< &)%$&)( 8978/9<3/;#

OU\_U`QbcÙ `Q]WU

Sk_jWXb[ \eh m_Z[ j[cf[hWjkh[ hWd][F

KQ`Y]U Q]T LVVaX^Ù SQR[Ua

'+471/6 09// +6. A+5/ 9/<+9.+6< -+,4/; 079

Wffb_YWj_ed ed XeWhZ i^_fi WdZ e\\iêh[

fbWj\ehciF

NYW]Q[ SQR[Ua

NWXb[i m_j^ dkcX[h[Z Yeh[i Z[i_]d[Z \eh

j^[ jhWdifehj e\ i_]dWbi X[jm[[d fheY[ii[i

WdZ YedjhebF

F]WY]U SQR[Ua

T^h[[ Yeh[ YWXb[i \eh j^[ [b[Yjh_Y ikffbn e\

[d]_d[iF

I]ab`c\U]bQbY^] SQR[Ua

NWXb[i \eh _dijhkc[djWj_ed WdZ Yedjheb

inij[ci \eh lWh_eki WdWbe]k[ WdZGeh Z_]_jWb

i_]dWb jhWdic_ii_edF

LVVaX^Ù SQR[Ua

'+471/6 09// +6. A+5/ 9/<+9.+6< -+,4/;

\eh Wffb_YWj_ed ed XeWhZ e\\iêh[ fbWj\ehciF

SncXebi

&&%&%&

&%&&&

%&%%&%

&&%&%&

&%&&&

%&%%&%

'"!

Contents

Offshore


Low voltage power cablesO-Line+ RFOU P1/P8 7

O-Line+ BFOU P5/P12 11

O-Line+ UX P15 15

Communication cablesO-Line+ RFOU (i) S1/S5 17

O-Line+ RFOU (c) S2/S6 21

O-Line+ BFOU (i) S3/S7 25

O-Line+ BFOU (c) S4/S8 29

Appendix 33

High-end solutions for all offshore cable applications

Offshore Cables

O-Line+ BFOU (c) S4/S8Communication cable

O-Line+ BFOU (i) S3/S7Communication cable

O-Line+ RFOU (c) S2/S6Communication cable

O-Line+ RFOU (i) S1/S5Communication cable

O-Line+ UX P15Low voltage power cable

O-Line+ BFOU P5/P12Low voltage power cable

OLine+ RFOU P1/P8Low voltage power cable

O-Line+ BFOU (c) S4/S8Communication cable

© BV Twentsche Kabelfabriek Subject to technical alternations www.tkf.nl

Offshore

O-Line+ RFOU P1/P8 0,6/1 kV

Halogen Free & MUD-resistant low voltage cables for fixed installation on offshore topsides, in safe &

EX-areas. For power, control and lighting applications. Design standards: IEC-60092-353 and NEK TS

606-2009. With tinned copper wire braid for EMI and mechanical protection, with sufficient cross section

to be used as Protective Earth according to IEC 60092-352. Cores sizes >25mm2 have extra flexible

Class 5/6 conductors with resistance Class 2, for improved flexibility. Different sheath colours on

request.

Characteristics Properties Unit

Product group Shipboard low voltage cable

Series Offshore cable

Type O-Line+ RFOU P1/P8 0,6/1 kV

Standardization NEK TS 606

Conductor material Cu, tinned

Shape of conductor Round

Core insulation Rubber (HEPR)

Conductor category Article dependant, see detail sheet

Core identification HD 308 S2

Construction outer shield Tinned copper braiding

Material outer sheath SHF2 MUD

Colour outer sheath Article dependant, see detail sheet

Flame retardant IEC 60332-1 / IEC 60332-3-22 Cat. A

Halogen free IEC 60754-1/2

Nominal voltage U0 0.6 kV

Nominal voltage U 1 kV

Maximum conductor temperature 90 °C

Operating temperature, flexible -20 / 70 °C

Operating temperature, fixed -40 / 70 °C

Specification See appendix

Partnumber Construction

Nominalearthscreendiameter(mm²)

Netweight(kg/km)

Bendingradiusafterinstallation(mm)

Outerdiameterapprox.(mm)

Tensileload(N)

35001 2 x 1 mm² 4 207 69 11,5 30

35002 3 x 1 mm² 4 225 71 11,9 45

35003 4 x 1 mm² 4 251 76 12,6 60

35004 5 x 1 mm² 6 319 83 13,8 75

35026 3 G 1,5 mm² - 255 75 12,5 68

35027 4 G 1,5 mm² - 321 82 13,6 90

35028 5 G 1,5 mm² - 364 88 14,7 113

35029 7 G 1,5 mm² - 412 94 15,7 158

35010 1 x 1,5 mm² 2,5 117 53 8,9 23

35011 2 x 1,5 mm² 4 258 72 12 45

35012 3 x 1,5 mm² 4 255 75 12,5 68

35013 4 x 1,5 mm² 6 321 82 13,6 90

35014 5 x 1,5 mm² 6 364 88 14,7 113


Offshore




Netweight(kg/km)



Tensileload(N)

35015 6 x 1,5 mm² 10 415 94 15,7 135

35016 7 x 1,5 mm² 10 412 94 15,7 158

35017 8 x 1,5 mm² 10 483 102 17 180

35018 10 x 1,5 mm² 10 567 113 18,8 225

35019 12 x 1,5 mm² 10 602 116 19,4 270

35020 16 x 1,5 mm² 10 725 128 21,3 360

35021 19 x 1,5 mm² 10 804 134 22,4 428

35022 24 x 1,5 mm² 10 988 149 24,9 540

35023 27 x 1,5 mm² 10 1049 155 25,9 608

35024 30 x 1,5 mm² 10 1124 161 26,9 675

35025 37 x 1,5 mm² 10 1318 175 29,2 833

35046 3 G 2,5 mm² - 338 83 13,8 113

35196 3 G 2,5 mm² - 336 82 13,7 113

35047 4 G 2,5 mm² - 384 89 14,9 150

35048 5 G 2,5 mm² - 440 95 15,9 188

35197 5 G 2,5 mm² - 435 94 15,7 188

35049 7 G 2,5 mm² - 511 103 17,2 263

35030 1 x 2,5 mm² 4 134 56 9,4 38

35031 2 x 2,5 mm² 4 273 77 12,9 75

35032 3 x 2,5 mm² 6 338 83 13,8 113

35033 4 x 2,5 mm² 6 384 89 14,9 150

35034 5 x 2,5 mm² 10 440 95 15,9 188

35035 6 x 2,5 mm² 10 511 103 17,2 225

35036 7 x 2,5 mm² 10 511 103 17,2 263

35037 8 x 2,5 mm² 10 597 112 18,6 300

35038 10 x 2,5 mm² 10 723 125 20,8 375

35039 12 x 2,5 mm² 10 752 128 21,3 450

35040 16 x 2,5 mm² 10 928 142 23,7 600

35041 19 x 2,5 mm² 10 1024 148 24,7 713

35042 24 x 2,5 mm² 10 1280 166 27,7 900

35043 27 x 2,5 mm² 10 1364 173 28,9 1013

35044 30 x 2,5 mm² 10 1466 180 30 1125

35045 37 x 2,5 mm² 16 1733 196 32,7 1388

35055 3 G 4 mm² - 427 91 15,2 180

35056 4 G 4 mm² - 491 97 16,2 240

35057 5 G 4 mm² - 568 106 17,6 300

35050 1 x 4 mm² 4 155 59 9,9 60

35051 2 x 4 mm² 6 377 88 14,6 120

35052 3 x 4 mm² 10 427 91 15,2 180

35053 4 x 4 mm² 10 491 97 16,2 240

35054 5 x 4 mm² 10 568 106 17,6 300

35065 3 G 6 mm² - 521 98 16,4 270

35066 4 G 6 mm² - 617 107 17,8 360

35067 5 G 6 mm² - 706 115 19,1 450

35060 1 x 6 mm² 4 184 63 10,5 90

35061 2 x 6 mm² 10 458 95 15,8 180

35062 3 x 6 mm² 10 521 98 16,4 270

35063 4 x 6 mm² 10 617 107 17,8 360

35064 5 x 6 mm² 10 709 115 19,1 450


Offshore




Netweight(kg/km)



Tensileload(N)

35075 3 G 10 mm² - 716 114 19 720

35076 4 G 10 mm² - 853 124 20,6 960

35077 5 G 10 mm² - 978 133 22,2 1200

35070 1 x 10 mm² 4 243 71 11,8 240

35071 2 x 10 mm² 10 615 109 18,1 480

35072 3 x 10 mm² 10 716 114 19 720

35073 4 x 10 mm² 10 853 124 20,6 960

35074 5 x 10 mm² 10 978 133 22,2 1200

35085 3 G 16 mm² - 972 125 20,9 720

35086 4 G 16 mm² - 1176 136 22,7 960

35087 5 G 16 mm² - 1404 148 24,6 1200

35080 1 x 16 mm² 4 317 76 12,6 240

35081 2 x 16 mm² 16 859 119 19,9 480

35082 3 x 16 mm² 16 1010 125 20,9 720

35083 4 x 16 mm² 16 1202 136 22,7 960

35084 5 x 16 mm² 16 1429 148 24,6 1200

35095 3 G 25 mm² - 1384 146 24,3 1125

35096 4 G 25 mm² - 1689 159 26,5 1500

35097 5 G 25 mm² - 2045 174 29 1875

35090 1 x 25 mm² 10 478 88 14,7 375

35091 2 x 25 mm² 16 1165 139 23,1 750

35092 3 x 25 mm² 16 1397 146 24,3 1125

35093 4 x 25 mm² 16 1689 159 26,5 1500

35094 5 x 25 mm² 16 2045 174 29 1875

35105 3 G 35 mm² - 1777 169 28,2 1575

35107 5 G 35 mm² - 2628 203 33,8 2625

35100 1 x 35 mm² 10 582 98 16,4 525

35101 2 x 35 mm² 16 1478 160 26,7 1050

35102 3 x 35 mm² 16 1777 169 28,2 1575

35103 4 x 35 mm² 16 2168 185 30,8 2100

35104 5 x 35 mm² 16 2628 203 33,8 2625

35115 3 G 50 mm² - 2267 190 31,6 2250

35117 5 G 50 mm² - 3533 235 39,2 3750

35110 1 x 50 mm² 10 724 106 17,7 750

35111 2 x 50 mm² 25 1987 181 30,1 1500

35112 3 x 50 mm² 25 2370 192 32 2250

35113 4 x 50 mm² 25 2854 210 35 3000

35114 5 x 50 mm² 25 3532 235 39,2 3750

35125 3 G 70 mm² - 3256 224 37,4 3150

35120 1 x 70 mm² 10 964 121 20,2 1050

35121 2 x 70 mm² 35 2672 207 34,5 2100

35122 3 x 70 mm² 35 3315 224 37,4 3150

35123 4 x 70 mm² 35 4022 246 41 4200

35124 5 x 70 mm² 35 4834 271 45,2 5250

35135 3 G 95 mm² - 4306 253 42,1 4275

35130 1 x 95 mm² 10 1248 130 21,7 1425

35131 2 x 95 mm² 50 3625 240 40 2850


Offshore




Netweight(kg/km)



Tensileload(N)

35132 3 x 95 mm² 50 4479 255 42,5 4275

35133 4 x 95 mm² 50 5484 281 46,8 5700

35134 5 x 95 mm² 50 6562 308 51,4 7125

35145 3 G 120 mm² - 5188 276 46 5400

35140 1 x 120 mm² 10 1497 141 23,5 1800

35141 2 x 120 mm² 60 4470 262 43,7 3600

35142 3 x 120 mm² 60 5416 278 46,4 5400

35143 4 x 120 mm² 60 6654 306 51 7200

35144 5 x 120 mm² 60 7997 338 56,3 9000

35150 1 x 150 mm² 10 1800 154 25,6 2250

35151 2 x 150 mm² 70 5321 286 47,7 4500

35152 3 x 150 mm² 70 6521 304 50,7 6750

35153 4 x 150 mm² 70 8013 336 56 9000

35154 5 x 150 mm² 70 9619 371 61,8 11250

35160 1 x 185 mm² 16 2228 169 28,1 2775

35161 2 x 185 mm² 95 6888 331 55,2 5550

35162 3 x 185 mm² 95 8427 352 58,6 8325

35163 4 x 185 mm² 95 10362 387 64,5 11100

35164 5 x 185 mm² 95 12466 427 71,1 13875

35170 1 x 240 mm² 16 2773 184 30,7 3600

35171 2 x 240 mm² 120 8647 365 60,9 7200

35172 3 x 240 mm² 120 10596 388 64,6 10800

35173 4 x 240 mm² 120 13069 428 71,4 14400

35174 5 x 240 mm² 120 15739 472 78,7 18000

35180 1 x 300 mm² 16 3386 208 34,6 4500

35181 2 x 300 mm² 150 10601 409 68,2 9000

35182 3 x 300 mm² 150 13070 434 72,4 13500

35183 4 x 300 mm² 150 16169 479 79,8 18000

35184 5 x 300 mm² 150 19565 527 87,9 22500

35185 1 x 400 mm² 25 4466 235 39,1 6000

35190 1 x 630 mm² 35 6929 284 47,4 9450


Offshore

O-Line+ BFOU P5/P12 0,6/1 kV

Fire Resistant, Halogen Free & MUD-resistant low voltage cables for fixed installation on offshore

topsides in safe & EX-areas.. For power, control and lighting applications. Design standards:

IEC-60092-353 and NEK TS 606-2009. With tinned copper wire braid for EMI and mechanical

protection, with sufficient cross section to be used as Protective Earth according to IEC 60092-352.

Meets the fire resistant standards set both by the IEC 60331-21 and the more demanding 60331- 1/ 2

(2009) specification for use in areas where circuit integrity in fire conditions is required. Cores sizes

>25mm2 have extra flexible Class 5/6 conductors with resistance Class 2, for improved flexibility.

Different sheath colours on request.




Type O-Line+ BFOU P5/P12 0,6/1 kV




Core insulation Mica + HEPR

Conductor category Class 2 = stranded

Core identification HD 308 S2



Colour outer sheath Black



Insulation integrity in accordance with IEC 60331 Yes









Netweight(kg/km)



Tensileload(N)

35201 2 x 1 mm² 6 304 82 13,6 30

35202 3 x 1 mm² 6 322 85 14,1 45

35203 4 x 1 mm² 10 366 91 15,2 60

35204 5 x 1 mm² 10 414 97 16,2 75

35226 3 G 1,5 mm² - 350 88 14,7 68

35227 4 G 1,5 mm² - 404 95 15,9 90

35228 5 G 1,5 mm² - 459 102 17 113

35229 7 G 1,5 mm² - 521 110 18,4 158

35210 1 x 1,5 mm² 4 135 59 9,8 23

35211 2 x 1,5 mm² 6 326 85 14,1 45


Offshore




Netweight(kg/km)



Tensileload(N)

35212 3 x 1,5 mm² 6 350 88 14,7 68

35213 4 x 1,5 mm² 10 403 95 15,9 90

35214 5 x 1,5 mm² 10 459 102 17 113

35215 6 x 1,5 mm² 10 531 110 18,4 135

35216 7 x 1,5 mm² 10 521 110 18,4 158

35217 8 x 1,5 mm² 10 611 119 19,9 180

35218 10 x 1,5 mm² 10 728 134 22,3 225

35219 12 x 1,5 mm² 10 761 137 22,9 270

35220 16 x 1,5 mm² 10 933 153 25,5 360

35221 19 x 1,5 mm² 10 1019 160 26,6 428

35222 24 x 1,5 mm² 10 1266 180 30 540

35223 27 x 1,5 mm² 16 1349 188 31,3 608

35224 30 x 1,5 mm² 16 1448 196 32,6 675

35225 37 x 1,5 mm² 25 1877 220 36,7 833

35246 3 G 2,5 mm² - 418 95 15,9 113

35247 4 G 2,5 mm² - 470 101 16,9 150

35248 5 G 2,5 mm² - 551 110 18,4 188

35249 7 G 2,5 mm² - 620 118 19,7 263

35230 1 x 2,5 mm² 4 152 61 10,2 38

35231 2 x 2,5 mm² 10 383 91 15,2 75

35232 3 x 2,5 mm² 10 417 95 15,9 113

35233 4 x 2,5 mm² 10 470 101 16,9 150

35234 5 x 2,5 mm² 10 551 110 18,4 188

35235 6 x 2,5 mm² 10 626 118 19,7 225

35236 7 x 2,5 mm² 10 620 118 19,7 263

35237 8 x 2,5 mm² 10 746 130 21,6 300

35238 10 x 2,5 mm² 10 889 146 24,3 375

35239 12 x 2,5 mm² 10 937 150 25 450

35240 16 x 2,5 mm² 16 1157 167 27,9 600

35241 19 x 2,5 mm² 10 1273 175 29,1 713

35242 24 x 2,5 mm² 16 1589 197 32,8 900

35243 27 x 2,5 mm² 16 1700 206 34,4 1013

35244 30 x 2,5 mm² 25 2006 222 37 1125

35245 37 x 2,5 mm² 25 2368 241 40,2 1388

35255 3 G 4 mm² - 501 102 17 180

35256 4 G 4 mm² - 584 110 18,4 240

35257 5 G 4 mm² - 674 119 19,8 300

35250 1 x 4 mm² 4 179 65 10,8 60

35251 2 x 4 mm² 10 456 98 16,3 120

35252 3 x 4 mm² 10 511 102 17 180

35253 4 x 4 mm² 10 583 110 18,4 240

35254 5 x 4 mm² 10 674 119 19,8 300

35265 3 G 6 mm² - 610 110 18,4 270

35266 4 G 6 mm² - 710 119 19,8 360

35267 5 G 6 mm² - 844 130 21,6 450

35260 1 x 6 mm² 4 210 69 11,5 90

35261 2 x 6 mm² 10 530 104 17,4 180

35262 3 x 6 mm² 10 610 110 18,4 270

35263 4 x 6 mm² 10 710 119 19,8 360


Offshore




Netweight(kg/km)



Tensileload(N)

35264 5 x 6 mm² 10 843 130 21,6 450

35275 3 G 10 mm² - 823 126 21 450

35276 4 G 10 mm² - 965 136 22,6 600

35277 5 G 10 mm² - 1138 148 24,7 750

35270 1 x 10 mm² 4 266 76 12,6 150

35271 2 x 10 mm² 10 703 119 19,8 300

35272 3 x 10 mm² 10 823 126 21 450

35273 4 x 10 mm² 10 965 136 22,6 600

35274 5 x 10 mm² 10 1138 148 24,7 750

35285 3 G 16 mm² - 1085 137 22,8 720

35286 4 G 16 mm² - 1304 149 24,8 960

35287 5 G 16 mm² - 1568 163 27,1 1200

35280 1 x 16 mm² 6 378 83 13,8 240

35281 2 x 16 mm² 16 953 130 21,7 480

35282 3 x 16 mm² 16 1080 137 22,8 720

35283 4 x 16 mm² 16 1330 149 24,8 960

35284 5 x 16 mm² 16 1568 163 27,1 1200

35295 3 G 25 mm² - 1542 160 26,7 1125

35296 4 G 25 mm² - 1862 174 29 1500

35297 5 G 25 mm² - 2254 191 31,8 1875

35290 1 x 25 mm² 10 515 94 15,7 375

35291 2 x 25 mm² 16 1304 151 25,2 750

35292 3 x 25 mm² 16 1541 160 26,7 1125

35293 4 x 25 mm² 16 1861 174 29 1500

35294 5 x 25 mm² 16 2254 191 31,8 1875

35305 3 G 35 mm² - 1952 183 30,5 1575

35307 5 G 35 mm² - 3068 228 38 2625

35300 1 x 35 mm² 10 615 104 17,4 525

35301 2 x 35 mm² 16 1638 173 28,8 1050

35302 3 x 35 mm² 16 1952 183 30,5 1575

35303 4 x 35 mm² 16 2385 201 33,5 2100

35304 5 x 35 mm² 25 3067 228 38 2625

35315 3 G 50 mm² - 2440 203 33,8 2250

35317 5 G 50 mm² - 3754 251 41,9 3750

35310 1 x 50 mm² 10 765 112 18,7 750

35311 2 x 50 mm² 25 2119 193 32,2 1500

35312 3 x 50 mm² 25 2518 205 34,2 2250

35313 4 x 50 mm² 25 3172 230 38,3 3000

35314 5 x 50 mm² 25 3754 251 41,9 3750

35325 3 G 70 mm² - 3472 238 39,6 3150

35320 1 x 70 mm² 10 1015 128 21,3 1050

35321 2 x 70 mm² 35 2927 225 37,5 2100

35322 3 x 70 mm² 35 3498 238 39,6 3150

35323 4 x 70 mm² 35 4267 262 43,7 4200

35324 5 x 70 mm² 35 5082 287 47,9 5250

35335 3 G 95 mm² - 4568 266 44,3 4275


Offshore




Netweight(kg/km)



Tensileload(N)

35330 1 x 95 mm² 10 1307 136 22,7 1425

35331 2 x 95 mm² 50 3883 253 42,1 2850

35332 3 x 95 mm² 50 4709 268 44,7 4275

35333 4 x 95 mm² 50 5737 295 49,1 5700

35334 5 x 95 mm² 50 6952 325 54,1 7125

35345 3 G 120 mm² - 5428 290 48,3 5400

35340 1 x 120 mm² 10 1538 147 24,5 1800

35341 2 x 120 mm² 60 4686 275 45,8 3600

35342 3 x 120 mm² 60 5688 292 48,7 5400

35343 4 x 120 mm² 60 6920 322 53,7 7200

35344 5 x 120 mm² 60 8290 356 59,3 9000

35350 1 x 150 mm² 10 1845 160 26,6 2250

35351 2 x 150 mm² 70 5563 300 50 4500

35352 3 x 150 mm² 70 6780 319 53,2 6750

35353 4 x 150 mm² 70 8301 352 58,7 9000

35354 5 x 150 mm² 70 9963 389 64,8 11250

35360 1 x 185 mm² 10 2291 175 29,1 2775

35361 2 x 185 mm² 95 7165 344 57,4 5550

35362 3 x 185 mm² 95 8764 367 61,2 8325

35363 4 x 185 mm² 95 10718 404 67,4 11100

35364 5 x 185 mm² 95 12867 446 74,3 13875

35370 1 x 240 mm² 16 2823 190 31,7 3600

35371 2 x 240 mm² 120 8921 378 63 7200

35372 3 x 240 mm² 120 10933 403 67,2 10800

35373 4 x 240 mm² 120 13471 445 74,1 14400

35374 5 x 240 mm² 120 16156 490 81,7 18000

35380 1 x 300 mm² 25 3619 221 36,8 4500

35381 2 x 300 mm² 150 10950 422 70,3 9000

35382 3 x 300 mm² 150 13542 449 74,9 13500

35383 4 x 300 mm² 150 16686 494 82,4 18000

35384 5 x 300 mm² 150 20181 545 90,9 22500

35385 1 x 400 mm² 25 4536 241 40,1 6000

35390 1 x 630 mm² 35 7048 292 48,6 9450


Offshore

O-Line UX P15 0,6/1 kV

Halogen Free & MUD resistant earthing & bonding wire for use on offshore topsides. Cores sizes

>25mm2 have extra flexible Class 5/6 conductors with resistance Class 2, for improved flexibility.




Type O-Line UX P15 0,6/1 kV




Core insulation SHF2 MUD


Core identification Colour

Colour outer sheath Green-yellow

Flame retardant In accordance with IEC 60332-1









Shapeofconductor

Netweight(kg/km)



Tensileload(N)

35902 1 x 2,5 mm² Round 50 32 5,4 38

35903 1 x 4 mm² Round 68 35 5,9 60

35904 1 x 6 mm² Round 92 39 6,5 90

35905 1 x 10 mm² Round 136 46 7,6 150

35906 1 x 16 mm² Round 198 50 8,4 240

35907 1 x 25 mm² Round 293 61 10,1 375

35908 1 x 35 mm² Round 390 71 11,8 525

35909 1 x 50 mm² Round 517 80 13,4 750

35910 1 x 70 mm² Round 733 94 15,6 1050


Offshore

O-Line UX P15 0,6/1 kV


Shapeofconductor

Netweight(kg/km)



Tensileload(N)

35911 1 x 95 mm² Round 1000 106 17,7 1425

35912 1 x 120 mm² Round 1227 118 19,6 1800

35913 1 x 150 mm² Round 1510 130 21,7 2250

35914 1 x 185 mm² Round 1916 145 24,2 2775

35915 1 x 240 mm² Round 2436 162 27 3600

35916 1 x 300 mm² Round 3003 179 29,8 4500


Offshore

O-Line+ RFOU(i) S1/S5 250 V

Halogen Free & MUD-resistant instrumentation, communication, and monitoring & control cables for

fixed installation on offshore topsides in safe & EX-areas.. Twisted pairs/triples with individual and

overall screen of copper backed tape with tinned copper drain wire for EMI protection. Overall tinned

copper wire braid with high coverage density for EMI and mechanical protection. Different sheath

colours on request.


Product group Shipboard communication cable


Type O-Line+ RFOU(i) S1/S5 250 V


Stranding element Article dependant, see detail sheet



Core identification Numbers


Screen over stranding element Cu/Pet foil

Screen over stranding Cu/Pet foil








Partnumber ConstructionConductorcategory

Colouroutersheath

Netweight(kg/km)



Tensileload(N)

36700 1 x 2 x 0,75 Class 2 = stranded Blue 187 63 10,5 23

36960 1 x 2 x 0,75 Class 2 = stranded Yellow 186 63 10,5 23

35700 1 x 2 x 0,75 Class 2 = stranded Grey 186 63 10,5 23













Offshore



Colouroutersheath

Netweight(kg/km)



Tensileload(N)





























36723 19 x 3 x 0,75 Class 2 = stranded Blue 1398 180 30 641

35723 19 x 3 x 0,75 Class 2 = stranded Grey 1397 180 30 641























Offshore



Colouroutersheath

Netweight(kg/km)



Tensileload(N)





















































Offshore

O-Line+ RFOU(c) S2/S6 250 V

Halogen Free & MUD-resistant instrumentation, communication, and monitoring & control cables for

fixed installation on offshore topsides in safe & EX-areas. Twisted pairs/triples with overall screen of

copper backed tape with tinned copper drain wire for EMI protection & Overall tinned copper wire braid

with high coverage density. Different sheath colours on request.




Type O-Line+ RFOU(c) S2/S6 250 V
















Colouroutersheath

Netweight(kg/km)



Tensileload(N)





















Offshore



Colouroutersheath

Netweight(kg/km)



Tensileload(N)





















































Offshore

O-Line+ BFOU(i) S3/S7 250 V

Fire Resistant, Halogen Free & MUD-resistant instrumentation, communication, and monitoring &

control cables for fixed installation on offshore topsides in safe & EX-areas.. Twisted pairs/triples with

individual and overall screen of copper backed tape with tinned copper drain wire for EMI protection.

Overall tinned copper wire braid with high coverage density for EMI and mechanical protection. Meets

the fire resistant standards set both by the IEC 60331-21 and the more demanding 60331- 1/ 2 (2009)

specification for use in areas where circuit integrity in fire conditions is required. Different sheath colours

on request.




Type O-Line+ BFOU(i) S3/S7 250 V







Screen over stranding element Cu/Pet foil











Colouroutersheath

Netweight(kg/km)



Tensileload(N)









36942 2 x 2 x 0,75 Class 2 = stranded Yellow 400 96 16 45




Offshore



Colouroutersheath

Netweight(kg/km)



Tensileload(N)





















































Offshore

O-Line+ BFOU(c) S4/S8 250 V

Fire Resistant, Halogen Free & MUD-resistant instrumentation, communication, and monitoring &

control cables for fixed installation on offshore in safe & EX-areas. Twisted pairs/triples with overall

screen of copper backed tape with tinned copper drain wire for EMI protection & overall tinned copper

wire braid with high coverage density. Meets the fire resistant standards set both by the IEC 60331-21

and the more demanding 60331- 1/ 2 (2009) specification for use in areas where circuit integrity in fire

conditions is required. Different sheath colours on request.




Type O-Line+ BFOU(c) S4/S8 250 V

















Colouroutersheath

Netweight(kg/km)



Tensileload(N)















Offshore



Colouroutersheath

Netweight(kg/km)



Tensileload(N)





















































Version: PN-M05J12 Subject to technical alterations Page 1 / 8This datasheet is put together with great care. Nevertheless we cannot give any guarantees regarding the completeness, correctness or actualization of theinformation. No rights can be derived from the information as shown. TKF is entitled to modify this datasheet at all times with immediate effect due to(for example) changes in legislation. TKF cannot be held responsible for the content of this datasheet or the consequences of using the information includingincorrect translation of the information by third parties.

Offshore Cables NEK606 TS-2009

Technical Product information

General DesignAll TKF O-Line+ offshore cables are constructedaccording to the latest NEK-606 and IEC 60092standards.TKF took great care to provide cableswith the best installabillity and safety propertiespossible, resulting in very flexible cables , nounneeded extra layers of foils that make strippingthe cable time consuming, and a choice formaterials with superior qualities.

Materials & Construction

ConductorsAll conductors consist of stranded tinned copperconductors with a resistance according to Class 2off IEC 60228. For the stranding we chose a finestranded design with a much better flexibilitythen standard class 2 conductors.

InsulationAll offshore cables are insulated with EPR, crosslinked Ethylene propylene rubber, according toIEC 60092-351, type HF-EPR. This material allowsa continuous conductor temperature of 90 °C andwithstands a temporary overload temperature of130 °C and a short-circuit temperature of 250 °C.The Fire-Resistant cables have conductors fullywrapped in mica-glass tape before being insulatedwith EPR insulation.

Bedding/Inner coveringAll RFOU & BFOU type offshore cables have ahalogen free bedding material over the cores,with excellent properties on both gas-tightnessand easy stripability

Armouring/BraidingAll O-Line+ RFOU & BFOU cables have tinned-copper wire braiding in compliance with IEC60092-350, which can also be used as PE becauseof a sufficient cross section according to the IEC60092-352 rules. The tinned wires give a highcorrosion resistance of the braid and offer bothmechanical and EMI protection.

ScreeningThe ( C ) type cables have twisted pairs overallscreened with Copper-PET Foil with minimumoverlap 25% and a tinned copper stranded drainwire. The ( I ) type cables have twisted pairsindividually screened with Copper-PET Foil withminimum overlap 25% and and a tinned copperstranded drain wire, and an overall screen ofcopper-PET foil with drain wire.

SheathingAll TKF O-Line+ cables have a thermosettingcross-linked outer sheath, type SHF-2 (SHF-MUD)according to IEC 60092-359, flame retardant,halogen free and mud-resistant.

Environmental Conditions

Oil Resistancy

Test Fluid Temperature Duration

Mineral oil typeIRM 902

100°C24 Hrs

Drilling MUD resistancyThe O-Line+ cables are drilling mud resistantaccording to NEK606-2009 and IEC 60092-353

Test Fluid Temperature Test Duration

Mineral Oil typeIRM 903

100°C7 days

Water Based Mud(Calcium BromideBrine)

70°C 56 days

Oil Based Mud(CarboSea®)

170°C 56 days

Operating & installation temperatures

temperature

Max Conductor operatingtemperature

90°C

Min Environment temperature wheninstalling

-20°C

Minimum Environment temperaturewhen installed

-40°C

Low Temperature behaviorThe O-Line+ cables pass the special test for lowtemperature behaviour of CSA C22.2 and IEC60092-350: 8.9 for Cold Bend & Impact

Test temperature

Cold Bend -40°C

Cold Impact -35°C

Minimum Environment temperaturewhen installed

-40°C

Fire behaviorFlame RetardantAll O-Line+ cables provide resistance toignition and flame spread.The RFOU and BFOUcables pass the tests for flame retardancyaccording to IEC 60332-1 (vertical flame




propagation for a single wire or cable) and IEC60332-3-22 Cat. A (vertical flame spread ofvertically mounted bunched wires or cables). TheUX wires tested to IEC 60332-1 (vertical flamepropagation for a single wire or cable)

Halogen FreeAll O-Line+ cables are completely Halogen Free,which means that in case of fire no corrosive andtoxic halogenic gases are released which couldharm people or electronic equipment, even inlocations where the fire itself is not present. Thecable are tested for Halogen content according toIEC 60754 – 1 & IEC 60754 - 2

Low SmokeIn case of fire the O-Line+ cables have low-smokeemission, preventing people and emergency crewsgetting lost in thick smoke.Low smoke emission is tested according to IEC61034-2

Fire ResistancyAll O-Line+ Fire Resistant cables (BFOU types)enable circuit integrity in case of fire both to theold 60331-11/-21/-31 standard and the upgradedmore realistic IEC 60331-1/2 standard. Thisensures the working of emergency equipment incase of fire.

International Standards

The O-Line+ cables in this catalogue are designedand tested in accordance with the followingstandards, where applicable.

Standard Description

NEK TS606:2009

Norwegian Elektrotechnical Standard –Cables for offshore installationshalogen-free and/or mud resistantTechnical Specification

IEC 61892-4Mobile and fixed offshore units –Electrical installations - Part 4: Cables

IEC 60092-350

General construction and test methodsof power, control and instrumentationcables for shipboard and offshoreapplications

IEC 60092-351

Insulating materials for shipboardoffshore units, power, control,instrumentation, telecommunication anddata cables

IEC 60092-352Electrical installations in ships –Choiceand installation of cables for low-voltagepower systems

IEC 60092-353

Single and multicore non-radial fieldpower cables with extruded solidinsulation for rated voltages 1 kV and 3kV

IEC 60092-354

Single- and three-core power cableswith extruded solid insulation for ratedvoltages 6 kV (Um = 7.2 kV) up to 30 kV(Um = 36 kV)

IEC 60092-359Sheathing materials for shipboard powerand telecommunication cables

IEC 60092-376Cables for control and instrumentationcircuits 150/250 V (300 V)

IEC 60228 Conductors of insulated cables

IEC 60331-11

Tests for electric cables under fireconditions - circuit integrity - apparatus -fire alone at a flame temperature of atleast 750 °C

IEC 60331-21

Tests for electric cables under fireconditions - circuit integrity - proceduresand requirements - cables of ratedvoltage up to and including 0.6/1.0 kV

IEC 60331-1/2

Tests for electric cables under fireconditions – Test for method for fire withshock at temperature of at least 803° Cfor cables rated up to and including0,6/1kV

IEC 60332-1Tests on electric cables under fireconditions - part 1: test on a singlevertical insulated wire or cable

IEC 60332-3-22 - A

Tests on electric cables under fireconditions - part 3-22: test for verticalflame spread of vertically mountedbunched wires or cables - category A

IEC 60754-1

Test on gases evolved duringcombustion of electric cables -determination of the amount of halogenacid gas

IEC 60811Common test methods for insulating andsheathing materials of electric cables

IEC 61034series

Measurement of smoke density ofelectric cables burning under definedconditions

IEC 60446

Basic and safety principles for man-machine interface, marking andidentification of conductors by colours oralphanumerics

HD 308 S2:2001

European normalization (CENELEC) :Identification of cores in cables andflexible cords

Cable InstallationBending Radius

Recommended Minimum Bending Radiiaccording to IEC 60092-352

Cable TypeBendingRadius

UX <25 mm R = 4 x D

UX >25 mm R = 6 x D

RFOU, BFOU 0,6/1kV R = 6 x D

RFOU(i), RFOU( c ), BFOU (i), BFOU (c) R = 8 x D

Max. Pulling Force




The cable pulling tension during installation canbe estimated by means of the following formula:

Max. Pulling Force (N) = 15 × total cross section

Pulling instructionsIt is recommended to use a sleeve on the cablehead when pulling cable into cable trays, toevenly distribute the pulling stress over the wholeconductor area of the cable. When usinglubricants to lower the friction in cable pulling alubricant suitable for Halogen Free cable shouldbe used. When installing cables in below zerotemperatures, installing the cable is greatly easedwhen the cable has been stored in a location witha temperature of +15 degrees for at least 24

hours. When pulling cable in winter conditionsand the reels have been stored outside, pleasecheck the reels for ice buildup and layers of cablefrozen together, which could cause damage to thecable when unwinding the reels.

Installation temperatureMinimum recommended installation temperaturefor cables of rated voltage up to 20 kV, such as:RFOU – BFOU – RU – BU = -20°C




Electrical CharacteristicsElectrical values instrumentation cables

Electrical values power cables

ReactanceReactance of cables is based on the spacingbetween the conductors and of the magneticproperties of steelwork near the installed cables,and may thus vary based on the cable installation.For installations remote from steelwork the

calculated reactance can be calculated with thefollowing formula and are tabulated below:

Lf !!!"2

f = frequency in HzL = inductance in H

Type Twisting & Core size Approx Capacitance(nF/km)

Approx.Inductance,

(mH/km)

Max.conductorResistance at20°C,(Ohm/km)

L/R ratio,

(mH/Ohm)

RFOU( c ), BFOU (c) Pair 0,75mm2 100 0,67 26,3 12,7

Triple 0,75mm2 100 0,67 26,3 12,7

Pair 1,5mm2 110 0,63 12,9 24,4

Triple 1,5mm2 110 0,63 12,9 24,4

Pair 2,5mm2 125 0,59 8,02 36,8

Triple 2,5mm2 125 0,59 8,02 36,8

RFOU( i ), BFOU(i) Pair 0,75mm2 110 0,67 26,3 12,7

Triple 0,75mm2 110 0,67 26,3 12,7

Pair 1,5mm2 125 0,63 12,9 24,4

Triple 1,5mm2 125 0,63 12,9 24,4

Pair 2,5mm2 145 0,59 8,02 36,8

Triple 2,5mm2 145 0,59 8,02 36,8




Current Rating for General InstallationsThe current ratings are applicable for d.c. anda.c. with a nominal frequency of 50 Hz or 60 Hzand an ambient air temperature of 45° C. Forhigher frequencies, the current rating shall becalculated with an appropriate method (e.g. IEC60287). For other ambient air temperatures thecorrection factors have to be applied. Theseratings are applicable, without correction factors,for cables bunched together on cable trays, incable conduits, pipes or trunking, unless morethan six cables operating simultaneously at theirfull rated capacity are laid close together withoutfree air circulating around them. In this case acorrection factor of 0.85 should be applied. Thetables are for general reference purposes only,and do not describe all installation methodsexisting in practice. For more detailedinformation see IEC 60092-352(2005) Annex A & B.For specific situations not covered by thesestandards exact current calculations can be madeby our engineering office.

Correction Factors for ambient air temperatures!"#$%&'(%)%$*"+,)*-"#$-.%/.#&-)#.$"!$012$3$

AirTemperature

452$3 612$3 652$3 512$3 552$3 712$3$

CorrectionFactor

1.10 1.05 1.00 0.94 0.88 0.82

AirTemperature

752$3 70 C 852$3 912$3 952$3 012$3$

CorrectionFactor

0.74 0.67 0.58 0.47 - -

Current carrying capacities in continuous serviceat maximum rated conductor temperature of 90 °C in A, at 45° C ambient airtemperature

Reactance RFOU 0,6/1kV BFOU 0,6/1kV

Cross Section (mm2) 50Hz 60Hz 50Hz 60Hz

0.5 0,110 0,132 0,115 0,1382.5 0,103 0,123 0,107 0,1294 0,096 0,115 0,100 0,1206 0,090 0,108 0,094 0,11210 0,084 0,101 0,088 0,10516 0,080 0,096 0,082 0,09925 0,079 0,095 0,081 0,09835 0,076 0,092 0,078 0,09450 0,076 0,092 0,078 0,09370 0,075 0,091 0,077 0,09295 0,073 0,088 0,075 0,090120 0,072 0,086 0,073 0,088150 0,072 0,087 0,073 0,088185 0,072 0,086 0,073 0,088240 0,072 0,086 0,072 0,087300 0,071 0,086 0,072 0,086400 0,110 0,132 0,115 0,138




Current Rating (A)

CrossSection(mm2)

Number of cores loaded

1 2 3 & 4

1.5 23 20 16

2.5 40 26 21

4 51 34 28

6 52 44 36

10 72 61 50

16 96 82 67

25 127 108 89

35 157 133 110

50 196 167 137

70 242 206 169

95 293 249 205

120 339 288 237

150 389 331 272

185 444 377 311

240 522 444 365

300 601 511 421

d.c. a.c. d.c. a.c. d.c. a.c.

400 690 670 587 570 483 469

500 780 720 663 612 546 504

630 890 780 757 663 623 548

For cables with >4 conductors the current rating can becalculated with the following formula:

3

1

n

II #

where1I = current rating for single core, n = number

of cores

# of coresAmpacity (A)

1,5mm2 2,5mm2 4mm2

5 13 23 30

6 13 22 28

7 12 21 27

8 12 20 26

10 11 19 24

12 10 17 22

16 9 16 20

19 9 15 19

24 8 14 18

27 8 13 17

30 7 13 16

34 7 12 16

37 7 12 15

Short Circuit CurrentThe maximum permissible short circuit current for different cables is based on the formula

t

SIk !#146

Ik=the maximum permissible short-circuit current in AmpereS = the cross section area of the conductor in mm²t = the duration of the short-circuit in seconds

The formula is acceptable for an increase in temperature from 90°C at the start to 250°C at the end(according to IEC 60093-3). In the figure the permissible short-circuit current is given in kA as a function oftime (from 0.1 to 5 seconds) and as a function of the cross sectional area of the conductor.




Max ShortCircuitCurrent in kA

Duration ShortCircuit

Cross Section(mm2)

0,1Second

1second

1 0,461 0,146

1.5 0,692 0,219

2.5 1,154 0,365

4 1,846 0,584

6 2,77 0,876

10 4,616 1,46

16 7,387 2,336

25 11,542 3,65

35 16,159 5,11

50 23,084 7,3

70 32,318 10,22

95 43,86 13,87

120 55,403 17,52

150 69,253 21,9

185 85,413 27,01

240 110,806 35,04

300 138,507 43,8

400 184,677 58,4

500 230,846 73

630 290,866 91,98

0,1

1

10

100

1000

0,1 1 10

Short-circuit

curr

entin

kA

Duration of short-circuit in sec.

5555555555555555

Cross-sectionalare

ofconducto

rin

mm

2

500

400

300240

185150

120

95

70

50

25

16

10

6

4

2,5

1,5




Sheath Colours & Core Identification

Overview types, standards, core identification and sheath colour.All O-Line+ sheath and core colours are in accordance with NEK 606:2009, IEC60092-series, IEC 60446 and HD 308:S2

Application Type Core Identification Standard Sheath Colour

Low voltage (0,6/1kV) RFOU, BFOU HD308 S2-2001 black

Instrumentation (250/300V) RFOU (I), RFOU(C ), BFOU (I) BFOU(C ) Black/Blue cores + numbers grey

Different sheath colours on request

Core Identification

Low voltage power cables 0,6/1 kV -1,8/3kV – According to HD308 S2-2001

Without Yellow/Green Conductor With Yellow/Green Conductor (G)

Cond . N L1/L2 L/L2 L3 L3 PE N L1/L2 L/L2 L3

1

2

3

4

5

>5 Nr. Nr.

Notes: 1) PE = protective conductor - beschermingsleiding - Schutzleiter - conducteur de protection

N = neutral conductor - nulleiding - Neutralleiter - conducteur neutre

L, L1, L2, L3 = phase conductors - faseleidingen - Phasenleiter - conducteurs de phase

Communication Cables 250/300 V– According to NEK 606:2009

Pairs (n x 2 x y mm2)

1 2

3..etc 4..etc

Triples (n x 3 x y mm2)

1 2 3

4..etc 5..etc 6..etc

Marine & Offshore Green Passport

As one of the first cable manufacturers, TKF has registered with Det Norske Veritas (DNV) a declaration of conformity for a "Green Passport" for ships, in June 2009. A Green Passport is an inventory of materials present in a ship’s structure, systems and equipment that may be hazardous to health and / or the environment. The Green Passport was adopted by the IMO by resolution A.962 Clean Design / Green Passport.

A Green Passport is granted to a ship when build. On completion of the ship, a class society such as DNV issues a certificate of compliance. This, together with the inventory of hazardous materials and declarations that the ship is free of certain materials, form the Green Passport. This passport accompanies the ship throughout its working life. The final ship owner delivers the Green Passport together with the vessel to the recycling yard, so that hazardous materials in the ship can be identified and disposed of in an environmentally clean and safe way.

Yard owners and sub-suppliers must ensure that certain materials are excluded for new-build ships. Also, they must declare all materials that have been included according to various categories required by IMO.

TKF marine cables are completely free of hazardous substances and may therefore be used in a ship with a Green Passport, and do not have to be listed on the inventory of hazardous materials.

Version: 23-06-2009 Subject to technical alterations www.tkf.nl

© BV Twentsche Kabelfabriek Subject to technical alterations www.tkf.nl

More information

This catalogue also contains information about product families. Information at item level can be requested via our website and from our sales staff. This catalogue has been customised. Information about products that have not been included in this catalogue is available from our sales departments and can also be found on our website www.tkf.nl.

Please contact us for additional technical or commercial information. Contact information for our sales teams can be found on the next page and on our website.

Subject to changes

TKF reserves the right to make changes to its product specifications and its range of products without informing its clients of this in advance.

Disclaimer

This catalogue is put together with great care. Nevertheless we can’t give any guarantees regarding the completeness, correctness or actualization of the information in this catalogue.No rights can be derived from the information as shown in this catalogue.TKF is entitled to modify this catalogue at all times with immediate effect due to (for example) changes in legislation.

TKF can’t be held responsible for the content of this catalogue or the consequences of using the information including incorrect translation of the information by third parties.

© TKF

All rights reserved. Information in this catalogue may only be distributed with acknowledgement of the source.

Terms of delivery

Our general terms of delivery apply to all our deliveries including the products named in the catalogue. They are available via our website www.tkf.nl or from our sales departments.

Prices

Please contact our sales department for price information. The gross item prices of part of our portfolio have been included in our TPL price list.It can be downloaded via our website or requestedfrom our sales staff.

Global customer service

Please consult the table below for the contact information for our sales teams. The latest information

about our distributors worldwide is available from our sales staff and on our website (www.tkf.nl).

Cable drum sizes and weights

A wide range of drums with various sizes and weights is used to store and transport our cables.

The most common types of drum and their sizes and weights are shown in this table.

Empty drum return

To get your empty drums in the Netherlands collected quickly, please send your

request to our shipping department via the website (www.tkf.nl) or by e-mail to

[email protected]. If drums have to be collected outside the Netherlands, please

contact our sales staff.

Broadband

Tel. +31 (0)53 573 23 89 Fax +31 (0)53 573 23 06 [email protected]

Energy


Marine & Offshore


Installation


Industry


Infra

Tel. +31(0)53 573 23 187 Fax +31 (0)53 573 21 84 [email protected]

General & Sales Support


Flange

diameter (F)

mm

Core

diameter (K)

mm

Central hole

diameter (A)

mm

Largest

width (B)

mm

Winding

width (W)

mm

Empty

weight

kg

Volume

m3

F = Diameter flange

K = Diameter core

A = Diameter axle-hole

B = Largest width

W = Winding width

W

B

A K F

© BV Twentsche Kabelfabriek Subject to technical alterations www.tkf.nl-

*600 250 80 468 400 7,5 0,17

*800 400 100 480 400 14 0,31

800 500 100 500 485 43 0,31

*1000 500 100 605 485 28 0,31

1000 500 100 609 485 74 0,61

1200 600 100 724 600 108 1,04

1500 800 100 946 750 160 2,13

1600 800 100 1030 834 240 2,64

1800 900 100 1030 834 400 3,34

2100 900 100 1148 950 450 5,06

2250 1400 100 1122 830 600 5,68

2500 1450 100 1220 930 700 7,63

2500 1450 100 1458 1150 800 9,11

2650 1450 100 1488 1175 850 10,45

2800 1700 100 1520 1157 1050 11,92

3000 1600 100 1600 1235 1150 14,40

* Plastic drum

BV Twentsche Kabelfabriek

Spinnerstraat 15

P.O. Box 6

7480 AA Haaksbergen

The Netherlands

Tel.: +31 (0)53 573 22 55

Fax: +31 (0)53 573 21 85

E-mail: [email protected]

Website: www.tkf.nl

Choose TKF - Choose quality!

TKF offshore catalogue 131122 EN · Halogen Free & MUD-resistant low voltage cables for fixed...

Documents

Transcript of TKF offshore catalogue 131122 EN · Halogen Free & MUD-resistant low voltage cables for fixed...